The Isotope Ratio Method (IRM) is a technique for estimating the energy or plutonium production in a fission reactor by measuring isotope ratios in non-fuel reactor components. The isotope ratios in these components can then be directly related to the cumulative energy production with standard reactor modeling methods
In recent years there has been an increased interest in the use of transuranium isctopes for special...
A new series of gravimetrically prepared uranium isotope reference materials, the so-called IRMM-074...
International audienceA simple analytical procedure was developed to measure with high accuracy the ...
The Isotope Ratio Method (IRM) is a technique for estimating the energy production in a fission reac...
For the current project to demonstrate that isotope ratio measurements can be extended to zirconium ...
Gas source isotope ratio mass spectrometry is usually referred to as isotope ratio mass spectrometry...
Re-evaluation of the certified isotope amount ratio of IRMM-016 and re-certification of the isotope ...
Methods for determining the heavy element isotopic compositions and atom percent fission for reactor...
The application of optical isotope ratio techniques based on laser spectrometry depends on the easy ...
Reliable isotope measurements of nuclear material and reference materials with small uncertainties o...
This article summarizes the configurations involving isotope ratio mass spectrometry (IRMS) technolo...
For the certification of nuclear isotopic reference materials a new state-of-the-art thermal-ionisat...
Like many other elements, iridium is lacking a calibrated, SI traceable isotope ratio measurement. I...
Stable isotope ratio mass spectrometry (IRMS) is a useful technique with a broad range of applicatio...
Precise stable isotope natural abundance analysis of the elements of organic matter, yields a wealth...
In recent years there has been an increased interest in the use of transuranium isctopes for special...
A new series of gravimetrically prepared uranium isotope reference materials, the so-called IRMM-074...
International audienceA simple analytical procedure was developed to measure with high accuracy the ...
The Isotope Ratio Method (IRM) is a technique for estimating the energy production in a fission reac...
For the current project to demonstrate that isotope ratio measurements can be extended to zirconium ...
Gas source isotope ratio mass spectrometry is usually referred to as isotope ratio mass spectrometry...
Re-evaluation of the certified isotope amount ratio of IRMM-016 and re-certification of the isotope ...
Methods for determining the heavy element isotopic compositions and atom percent fission for reactor...
The application of optical isotope ratio techniques based on laser spectrometry depends on the easy ...
Reliable isotope measurements of nuclear material and reference materials with small uncertainties o...
This article summarizes the configurations involving isotope ratio mass spectrometry (IRMS) technolo...
For the certification of nuclear isotopic reference materials a new state-of-the-art thermal-ionisat...
Like many other elements, iridium is lacking a calibrated, SI traceable isotope ratio measurement. I...
Stable isotope ratio mass spectrometry (IRMS) is a useful technique with a broad range of applicatio...
Precise stable isotope natural abundance analysis of the elements of organic matter, yields a wealth...
In recent years there has been an increased interest in the use of transuranium isctopes for special...
A new series of gravimetrically prepared uranium isotope reference materials, the so-called IRMM-074...
International audienceA simple analytical procedure was developed to measure with high accuracy the ...